Professional Manufacturer of Biomagnetic Beads
Have you ever wondered how a drop of blood can quickly detect signs of disease in a hospital or biological laboratory? Behind this may be a black technology called “chemiluminescent magnetic beads.”…
In a rapidly advancing technological era, humanity’s exploration of its mysteries has never ceased. From ancient fingerprint identification to modern DNA analysis, each technological advancement has provided us with more accurate and…
High-quality RNA is indispensable for many downstream applications, so RNA extraction reagents play a crucial role in scientific research. Magnetic bead RNA extraction reagents have a wide range of specific applications in…
In the development of gene sequencing technology, each iteration from first-generation sequencing to third-generation sequencing has brought about significant changes. Today, let’s take a detailed look at the main differences between these…
As the third generation of PCR, digital PCR has the advantages of absolute quantification, low sample requirement, high sensitivity, and tolerance to inhibitors, and is widely used in the detection of gene…
The components and functions of various reagents for extracting DNA by the magnetic bead method are as follows. 1. Lysis Buffer (1) SDS (Sodium Dodecyl Sulfate): An anionic surfactant that disrupts cell membrane structures, releasing cellular contents. It can break…
Solid phase reversible immobilization (SPRI) techniques have been used for DNA isolation for the past 20 years. In it, superparamagnetic carboxylated magnetic beads are used to selectively precipitate DNA molecules of different…
pH is very important in DNA Extraction and the reasons are as follows: 1. Maintaining DNA Stability DNA remains relatively stable in solutions with a pH greater than 5 and less than 9. When the…
The technology of bio-magnetic beads binding to DNA is an indispensable part of modern molecular biology and biotechnology, providing scientists with an efficient and convenient method for separating, purifying, and enriching specific DNA sequences.…
1. Experimental Principle of Digital PCR Digital PCR (dPCR) is an advanced nucleic acid molecule absolute quantification technique. Its core lies in dispersing the sample into a large number of independent micro-reaction units for PCR…
The principle of magnetic bead purification of nucleic acids is based on Solid-Phase Reversible Immobilization technology（SPRI）, of which the mechanism of action is not yet very clear. Salt bridge theory is currently…
New Year’s shopping becomes the top priority for every household as the New Year comes. Vermicelli is undoubtedly an indispensable dish on the Spring Festival table among the myriad of traditional delicacies. However, how to ensure the…